BVM STEM Camp from Coding to Robots.
BVM STEM Camp in Chittoor helps students learn coding, robotics, electronics, sensors, and microcontrollers through a structured journey. Students move from programming basics to building real smart technology projects like robots, smart farming systems, and home automation.
Students learn computer programming and build real smart technology projects. They don’t just watch demonstrations they design, code, connect, test, and present working systems.
BVM STEM Camp – Learning Journey
Students move through a clear, structured journey: basics → coding → electronics → microcontrollers → real smart projects.
Introduction to Technology
Students begin by understanding the basics of modern technology and how smart systems work.
- What is a microcontroller
- How electronics power smart devices
- Introduction to sensors and automation
- Understanding IoT through real examples
Learn Computer Programming
Students learn programming fundamentals using Python to build logic and problem-solving ability.
- Variables
- Conditions
- Loops
- Logic building and simple programs
Understanding Electronics & Sensors
Students work with real-world sensors used in smart devices and automation systems.
- Ultrasonic sensor
- Soil moisture sensor
- Light sensor
- Temperature sensor
Microcontroller Programming
Students learn how NodeMCU / ESP32 connects code with the real world.
- Connecting sensors
- Controlling motors and relays
- Displaying data on OLED screens
- Writing programs that control hardware
Build Smart Projects
Students apply what they have learned to build real working projects.
- Obstacle Avoiding Robot
- Smart Farm System
- Smart Home Automation
- Motion Detection Alarm
Innovation & Project Showcase
At the end of camp, students present their projects to parents and mentors.
- Project demonstration
- Explain the working system
- Teamwork and presentation skills
- BVM STEM Innovation Showcase
Example Projects
Students don’t stop at theory they build real, visible outcomes.
A smart robot that detects obstacles and changes direction automatically.
Monitors soil moisture and demonstrates irrigation automation ideas.
Control lights and devices using sensors and programmed logic.
A simple safety project that detects motion and triggers alerts.
What students will learn
“Students learn Computer Programming and build real Smart Technology Projects.”